互联网时代企业管理软件创新方向研究

基于企业信息化管理的现状,介绍了管理软件与ICT技术的互动发展,分析了传统管理软件的问题和协同管理软件的定位,对比协同管理软件与传统管理软件,对协同管理软件的架构进行设想。     

基于SOA架构的业务协同关键技术平台

企业内部的业务协同是企业信息化成功与否的重要环节。针对其业务复杂度高、技术环节多、系统庞大等特点,以高校信息化集成建设的实际经验为基础,对业务协同的关键技术架构进行研究与实践。基于主流中问件技术构建一个涵盖了各业务系统之问的数据整合、流程整合和应用集成的关键技术平台以支撑大型校园内的业务协同。     

信息化能为金融危机做些什么

信息化不能从根本上解决金融危机带来的问题,但企业通过加快信息化进程,大力推进信息化与工业化融合,可构建异地多层次协同研发体系、网络化协同制造体系、集群产业链协同商务体系。     

浅析集团型企业CIO信息化规划重点

“大型集团型企业信息化规划的重点,应该始终围绕着集团总部的定位和管控模式来开展。因此信息化规划需要从集团管控、业务板块协同、信息化服务、信息化管控来推敲广度和深度。”来自国内管理咨询公司AMT的信息化专家这样说到。本文从业务板块协同、信息化服务、信息化管控的规划重点逐一分析。     

城镇供水协同办公平台的设计与实现

为了提高城镇供水企业的管理水平和服务质量,及时响应客户的咨询,需要对城镇供水行业信息化协同办公系统进行研究.该文介绍了系统的体系结构和功能,并以供水行业报修流程为例,介绍呼叫中心子系统.系统在实际应用中与企业门户网站、呼叫中心、视频监视、自动控制、供水调度等协同运行,实现供水业务流程的灵活定义和信息化管理.     

基于信创环境下省域一体化协同办公平台设计与实现

为解决省域内政府部门跨部门协同和移动办公问题,推动政务信息化安全可靠应用,确保协同办公信息化建设和应用全流程安全可靠,在信息技术创新发展背景下,本文设计并实现了在信创基础软硬件环境下的省域一体化协同办公平台。该平台包括操作系统、数据库、中间件、终端、流式软件以及版式软件等,不仅满足操作层、管理层、决策层的业务需求,而且能提高协同办公平台的流程安全可靠。     

“移动应用研发”协同创新中心建设与推广

本文针对川信职院"移动应用研发"协同创新中心的建设及推广情况进行了研究,阐述了协同中心的建设前期基础和建设意义,就建设过程中遇到的技术问题和建设思路进行了分析,中心依托广元智慧城市和广元市信息化的建设,极大积极发挥了协同创新中心的辐射带动作用。     

向“协同”要效能

协同软件不仅仅是应用于企业信息化或电子政务,从中小企业信息化一直到个人市场也都会使用到协同的技术和产品,本期i博士将带你了解协同软件。     

我国信息化协同创新进入新常态

2015年1月28日召开的国务院常务会议提出,构建面向人人的“众创空间”等创业服务平台,对于激发亿万群众创造活力,培育包括大学生在内的各类创新人才和创新团队,带动扩大就业,打造经济发展新的“发动机”,具有重要意义。为加快落实“众创空间”创业服务平台建设,推进我国信息化协同创新常态化建设,2 月 8日中国信息化推进联盟信息化协同创新专业委员会在北京万寿宾馆召开了“新时期信息化协同创新论坛暨信息化协同创新专委会2015年会”。     

浅谈基于工作流的协同办公平台设计与应用

随着现代互联网技术的发展,企业信息化协同办公显的尤为重要。企业内部为实现数字化、信息化,都在推行信息化协同办公。本论文研究基于工作流标准,融合运用移动互联网等技术,打造一体化、一站式的协同办公系统,让员工可以安全、高效、共享、便捷的使用本系统,同时通过加强信息化的引进和技术创新来实现内部工作流的运转。协同办公平台是将现代化办公和计算机技术相结合的一种新型办公平台,将通过实现办公自动化和数字化来提升办公人员的效率,从而降低运营成本、减少无效沟通、增强企业内部的沟通协作效率。     

校园信息化建设的几点认识与思考

该文针对基于校园信息化建设的现状及面临的问题,从对校园信息化的再认识过程中,分析了其目的与关键因素,并就这些目的和因素,提出了校园信息化建设的几点参考建议。     

基于B/S结构的助学金管理系统设计与实现

根据助学金项目在高校中的申请流程和特点,设计开发了一套基于B/S体系结构的助学金管理系统,实现了信息化、科学化管理。分析了系统开发的意义和必要性,对系统设计和实现进行了详细介绍。     

钢铁企业信息化中MES与ERP的集成应用

在冶金企业实现信息化的过程中,企业越来越强烈地意识到MES与ERP的有效集成是一个重要环节,是提高企业竞争力的重要技术之一.文中论述了现代钢铁企业信息化建设的整体架构和ERP、MES的主要功能,介绍了安钢信息化系统的实施情况,探讨ERP与MES的集成和应用,最后指出在应用中存在的问题和解决办法.     

刑事犯罪综合信息管理系统的设计与开发

公安刑侦信息化是公安“金盾工程”的重要环节。结合公安刑侦工作实际,从功能设计、系统结构设计、模块设计几个方面入手,着重阐述了一种基于B／S结构技术的刑事犯罪综合信息管理系统的设计开发与实现。先进计算机技术和信息技术的综合运用,极大地提高了公安刑事犯罪信息管理的信息化和规范化水平。     

Application of machine learning techniques to analyse student interactions and improve the collaboration process

In e-learning environments that use the collaboration strategy, providing participants with a set of communication services may not be enough to ensure collaborative learning. It is thus necessary to analyse collaboration regularly and frequently. Using machine learning techniques is recommended when analysing environments where there are a large number of participants or where they control the collaboration process. This research studied two approaches that use machine learning techniques to analyse student collaboration in a long-term collaborative learning experience during the academic years 2006–2007, 2007–2008 and 2008–2009. The aims were to analyse collaboration during the collaboration process and that it should be domain independent. Accordingly, the intention was to be able to carry out the analysis regularly and frequently in different collaborative environments. One of the two approaches classifies students according to their collaboration using unsupervised machine learning techniques, clustering, while the other approach constructs metrics that provide information on collaboration using supervised learning techniques, decision trees. The research results suggest that collaboration can be analysed in this way, thus achieving the aims set out with two different machine learning techniques.     

When it matters most: Collaboration between first responders in incidents and exercises

Inter‐organizational collaboration is increasingly a topic for studies into accidents and disasters as well as exercises. In this study, which is based on interviews with first responders, we compared perceived collaboration during an exercise with crisis work. The three organizations included in this study—fire department, police and ambulance services—perceived the investigated tunnel exercise completely different, ranging from harmonious interaction to power struggles between commanding officers, fragmented decision‐making and ambiguity. When comparing the exercise with an incident, we found that collaboration was more evident during incidents than in exercises. However, collaboration exercises appear to improve inter‐organizational collaboration by stimulating informal structures, practicing listening and delegating, getting to know one another and learning a common language.     

基于多Agent的应急协同Petri网建模及协同检测

针对应急事件处置过程中的多组织协同问题,提出多Agent应急协同的Petri网模型定义,研究Agent内部Petri网基本结构及多Agent的协同交互Petri网建模,并给出了应急协同Petri网模型的协同检测算法。最后以某单位氯气泄漏应急事件处置过程为例,建立了应急协同Petri网模型,并进行协同检测及分析,验证方法有效性和实用性。     

融合服务聚类与协作相似度的服务替换方法

当前服务替换方法多关注于替换服务与失效服务在功能和质量层面的匹配,缺乏对两者协作关系的考量。针对上述问题,提出一种融合服务聚类与协作关系的服务替换方法。首先,利用服务之间的组合关系构建服务协作图谱,基于node2vec进行序列采样并生成协作向量,进而计算服务之间的协作相似度。然后,通过引入服务簇缩减替换时的服务查找空间,从功能和质量层面快速构建候选替换服务集合。最后,在候选替换服务集合中综合服务质量评分和协作相似度实现可替换服务的择优推荐。实验证明该方法可以有效提高服务替换的效率与合理性。     

Telerobot-enabled HUB-CI model for collaborative lifecycle management of design and prototyping

The HUB-CI model is investigated in a telerobotic system in a client/server network to manage the lifecycle of engineering design and prototyping. The purpose of this platform is to support collaborative engineering design and proof of concept to enhance distributed team collaboration and resource utilization. The suggested platform is exemplified in two collaboration support tools and a physical prototyping platform. Structured Co-Insight Management is developed to support innovative idea exchanges and the consensus decision-making during the design process. Conflict/error detection management helps preventing conflicts and errors during the lifecycle of design and development. Physical collaboration over the network occurs when a team controls the telerobot operation during prototyping and testing in design cycles. A pilot system is implemented with a group project for the design of an electronic circuit (including both hardware and software designs). The functional assessment method is used to compare this platform to other collaborative design tools. The system presented offers unique qualitative advantages as an integrated collaboration support system.     

High school students' perceptions of affect and collaboration during virtual science inquiry learning

This study examined affect during high school students' face‐to‐face collaborative inquiry learning in science, supported by the web‐based software Virtual Baltic Sea Explorer. Self‐reported affective states during the inquiry process in peer groups were related to evaluations of a group's collaboration and performance in three phases of interdisciplinary science inquiry (biology and chemistry). Results indicate that despite high cognitive demands, positive affect prevailed whereas negative affect was infrequent. Structural equation modelling was used to analyse the significance of affect on collaboration and group performance. The relationship between affect, collaboration, and the groups' productive outcome revealed that self‐assurance had a significant effect on collaboration and support, intertwined with scientific understanding and group performance. Furthermore, a cross‐lagged analysis showed a reciprocal relation between positive affect, scientific understanding, collaboration, and support. These outcomes contribute to the scarce literature on the nature and importance of affect in the process of face‐to‐face computer‐supported collaborative inquiry and learning in science.